1. Operational Improvements

A. Dynamic Deployment

• Use dynamic or station-based posting of units based on predictive analytics to place ambulances where calls are likely to occur.
• Rotate units during peak call times to higher-demand zones.

B. Tiered Response System

• Use appropriate units for specific calls:
  
  • Reserve advanced life support (ALS) for higher-acuity calls.
  • Avoid over-committing ALS or fire engines when not needed.

2. Technology & Communication

A. Computer-Aided Dispatch (CAD) Enhancements

• Implement CAD systems with real-time traffic routing and automatic vehicle locator (AVL) technology to dispatch the closest unit.
• Allow telemetry integration to provide dispatchers with priority suggestions and live tracking.

B. Mobile Data Terminals (MDTs) & GPS

• Equip all units with MDTs for real-time updates, route optimization, and navigation.
• Use GPS to reduce travel time and track unit availability.

C. Pre-arrival Instructions

• Improve EMD services provided by dispatchers to provide higher level medical instructions to 911 callers in line with department protocol.

3. Transport Time Solutions

A. Hospital Coordination

• Use hospital status dashboards (e.g., diversion, wait time, specialty availability) to guide transport decisions and reduce ED offload delays.
• Implement direct-to-specialty care pathways (e.g., stroke centers, cath labs) to bypass slower emergency departments when appropriate.

B. Alternative Destinations / ET3 Model

• Enroll in CMS’s ET3 (Emergency Triage, Treat, and Transport) model to:
• Transport patients to urgent care, mental health clinics, or treat in place via telemedicine.
• Reduces unnecessary ED transports and turnaround times.

4. Personnel & Training

A. Ongoing Scenario-Based Training

• Run drills that simulate time-critical scenarios with focus on rapid scene entry, assessment, and transport decisions.

B. Scene Time Reduction

• Train crews to:
• Prioritize “load and go” on trauma or cardiac arrest cases.
• Limit scene time goals (e.g., <10 minutes for trauma).

5. Data, Quality Improvement & Community Programs

A. Response Time Analytics

• Use data to identify bottlenecks, delays, and trends in call handling, dispatch, turnout, response, scene, and transport times.

B. Public Health & Community Paramedicine

• Reduce repeat callers and non-emergency transport by using community paramedicine programs to handle chronic care, follow-ups, or low-acuity issues.

C. Public Education

• Promote programs like PulsePoint, CPR training, and 911 education to improve early intervention before responders arrive.

Summary:

Deployment- Dynamic posting (Zone centered), tiered response, ALS/BLS balance.

Dispatch- CAD improvements, AVL, GPS navigation.

Transport- Hospital dashboard use (Pulsara State of Florida).

Scene Efficiency- Training to reduce scene time, treat and release/ treat and transport.

Prevention- Community paramedics, patient triage at dispatch.

Technology- Real-time data, traffic analytics, MDT's.

Reducing and improving response and transport times for medical aid calls is a critical priority for fire rescue departments, as it directly impacts patient outcomes. Here’s a comprehensive strategy that fire rescue services can adopt, categorized by operational, technological, training, and systemic improvements: